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Climbing angle of electric motorcycle

Generally speaking, the climbing ability of an electric motorcycle is reflected by the size of the climbing angle.

The meaning of the climbing angle:
This slope is not the angle of the slope we usually understand, but the ratio of the height of the slope to the horizontal distance, which is generally expressed as a percentage.
That is, slope = (height of the slope/horizontal distance of the slope) * 100%.
As shown below
30%(The slope angle is about 16.69°)

And this ratio can be converted into some slope angles.
For example, the climbing angle is 100%, and the slope angle is 45°.

Factors affecting the climbing ability of electric motorcycles:
Generally speaking, the climbing performance of electric motorcycles is affected by motor power, battery capacity and tire performance.
The motor is a very important component of an electric vehicle. When the motor efficiency directly affects the power climbing of the electric vehicle, the motor performance of the electric vehicle directly affects the climbing effect.
As the source of power for electric vehicles, the battery also has a certain impact on the motor. The battery capacity affects the power provided, and the power directly affects the climbing effect of the electric motorcycle.
The anti-skid ability of the tire also affects its climbing performance. The more anti-skid the tire is, the stronger the adhesion to the ground, and the better the climbing performance of the electric motorcycle.

Common climbing angles of electric motorcycles:
Generally speaking, the climbing angle of electric motorcycles with motor power greater than 1000W is 10%-15%.
The climbing angle of electric bike with 500W motor is about 5-8%, and the climbing angle of electric bike with 350W motor is not more than 5%.
The climbing angle of the Harley can reach higher, can reach 84%.